Media
We are honoured to contribute to a wide range of international events, reports, and publications on topics such as energy planning, efficiency, and wastewater energy recovery. Below, you’ll find a selection of media and reports we’ve been part of. Be sure to check back often, as we’ll keep this page regularly updated.
International Projects
At Applied Energy, we’re proud to serve as ambassadors for innovative energy projects shaping a sustainable future.
We are honoured to support the Low2High project, which is helping 30 high-temperature district heating sites in Lithuania, Poland, and Slovakia integrate low-grade or waste heat technologies. This initiative focuses on methodologies that enable efficient district heating using renewable energy and waste heat.
Additionally, we are the only ambassador outside of Europe for the Act!onHeat project. This groundbreaking initiative accelerates strategic heating and cooling planning across European cities and regions. By engaging municipalities, Act!onHeat delivers tailored support packages, pre-feasibility studies, and financing solutions to enhance the implementation of efficient heating and cooling systems.
Applied Energy director Nick Meeten is also a member of the external advisory board for HeatCraftHP which is a European project addressing the major skills shortage in the heat pump sector. The project develops training tools and workplace-integrated learning programmes to upskill tradespeople and improve the performance and reliability of heat pump systems across Europe.
These partnerships reflect our commitment to advancing sustainable energy solutions worldwide.
Discover the Energy Beneath Your Feet
Interested in how wastewater networks can provide sustainable heating and cooling? Our sister division, Applied Energy Planning, specialises in tapping this low-carbon energy source to help cities reduce emissions and lower costs.
Visit our dedicated website to learn more about wastewater heat recycling and how this innovative approach can benefit your community.
Click to expand and see how to recycle this extra energy rather than flush it away.